Materials foam

Foam Test Equipment

Foam Test Equipment
Solid cellular closed cell foams form an important class of lightweight cellular engineering materials which feature higher compressive strength due to their structure. However, closed cell foams are also generally denser, require more material, and consequentially are more expensive to produce. Foam are widely used as core material in sandwich structured composite materials. Material forms include slab, bonded, and molded flexible cellular products such as urethane foams.

Testing methods are specified in a series of ISO and ASTM Standards. Common foam tests measure firmness, strength, general properties, stiffness. fatigue life, resistance to impact, tensile adhesion, tear resistance and Indentation Force Deflection (ILD).
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Other Foam Testing Applications and Foam Test Machines
IFD (Indentation Forces Deflection) or ILD (Indentation Load Deflection) Foam Test

 

Foam Test Machines
Standalone Controlled Foam Testers

PC Based Foam Test Machines- for Tensile, Compression, Flexural

Foam Fatigue Test Machines
Foam Test Equipment

More Info: Test Machine Selection - Helpful Considerations

Least Expensive Test Machine Considerations
  • It is important to discuss your application requirements with a TestResources applications engineer. Clearly understood requirements lowers risks by eliminating potential misunderstandings that increase costs. Help us understand your goals and needs and you will save money with TestResources.

  • Our product line is modular or 'lego-like' which makes it possible buy very affordable configurations and delay expenditures until they become a requirement. Our modular line spans requirements from 'least expensive' to 'most flexible and versatile'.

  • A machine that utilizes a standalone controller is much more affordable than one that requires a computer. Standalone controllers feature optional software that enables use to expand to a PC, including control of the test machine, export of data to a PC, curve plotting and analysis of data. A standalone controller also is a better choice in many production testing applications.

  • Finally, the machines force/speed requirements impact the price of the machine. Higher forces and fast speeds demand bigger motors and increase the purchase price.
Most Versatile Test Machine Considerations
  • Versatility implies being able to reset the machine for different materials, different test methods, and different operators on an as needed basis.

  • A PC based controller is more versatile than a standalone controller. Versatility is valuable where test demands or operators change often and in cases where the test requirements are unknown - such as research and testing service lab environments.

  • A dual column load frame has more versatility than a single column frame but cannot then be used easily for testing large samples or mounting a large temperature chamber. The good news is that our product line is modular or 'lego-like' which makes it inerently versatile. It is possible to buy very affordable configurations and delay expenditures until they become a requirement. Our modular line makes it possible to decide where to spend monies to increase versatility or not.

  • A high force rated test machine performs more tests than a low force rated machine. Higher forces and faster test speeds require bigger motors and increase the purchase price. The addition of a low force load cell is all that is needed to perform low force measurements.
Do you need to perform fatigue tests?
  • A fatigue test machine is capable of performing virtually any and all mechanical tests. These include static tensile, compression, peel and tests such as stress relaxation and creep. In addition a fatigue tester can generate dynamic impact tests, simulate loading service conditions, perform high cycle tests that last millions of cycles.

  • Multichannel tests, such as biaxial tests, are most commonly configured as fatigue testers for a variety of reasons.

  • The term 'cyclic' tester may refer to an electromechanical test machine that can cycle (slowly) between position or load limits. We differentiate that type of machine from our fatigue tester.

  • It is critical to discuss your fatigue application requirements with a TestResources applications engineer. Clearly understood requirements lowers risks by eliminating potential misunderstandings that increase costs. Help us understand your goals and needs and you will save money with TestResources.

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Popular Foam Test Methods and Equipment
ASTM D3574 - Test Equipment for Tensile, Firmness, Compression Properties of Flexible Cellular Urethane Foam

ASTM D1621 - Test Equipment for Compression Test of Rigid Cellular Plastic

ASTM D1623 - Test Equipment for Tensile Adhesion - Rigid Cellular Plastic


ASTM D5672 - Test Equipment for Indentation Force Deflection of Flexible cellular foam


ISO 2439 - Test Equipment for Indentation Hardness of flexible cellular plastic foam

ISO 844 - Test Equipment for Compressive Strength - Rigid Cellular Plastics

ISO 1209 - Test Equipment for Flexural Strength and Flexural Modulus - Rigid Cellular Plastics

ISO 1926 - Test Equipment for Tensile Testing of Rigid Cellular Plastics

Foam Testing Applications
Flexural Bend Tests of Foam - Test Standards

Test Standard for Compression Tests of Foam


Standard Tensile Tests - Foam


Standard Shear Tests - Foam


Standard Fatigue Tests - Foam


Indentation Test Standards - Foam


Mechanical Test Standards - Foam


Foam Peel, Adhesion and Bond Test Methods
Foam Test Equipment

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